Fig. 8: The function of artificial synapse realized by IGT.
From: Recent advanced applications of ion-gel in ionic-gated transistor
a The working principle of biological nociceptors and their central nervous control. Reproduced with permission25. Copyright 2020, Springer Nature. b The weight change in SWARM follows the anti-Hebbian rule. c–e The low-amplitude voltage Vgs = 1 V indicates the normal state, and the high-amplitude voltage indicates damage and can cause sensitive reactions. f Sensorimotor platform capable of detecting and associating noxious stimuli. g Scheme diagram of the all flexible ionic-gel gated transistor. Reproduced with permission26. Copyright 2019, Elsevier. h Scheme of the SM, STM, and LTM. I Schematic diagram of pulse width adjustment at 5 Hz. j Measured EPSCs of IGTs in response to presynaptic pulses at 20 Hz, under the strain with 0% and 50%. k Schematic illustration of the soft neurorobotics and its programmed operation based on robotic memory decoded signals.
